Various E-LINK devices and Activities provide innovative, gradable, functional exercise for children and young people throughout the full rehabilitation process, encouraging muscle strengthening and restoration of normal movement patterns.
The Activities incorporate a fun element into each therapy session, maximizing the child's motivation for exercise.
- Baseline measurements are quickly and accurately taken with various E-LINK devices and automatically entered as the range for the chosen Activity which can be further graded to suit the child's needs or therapy goals
- Various Activities with eye-catching graphics are designed as the visual stimulus for the child to engage in gross end range movement through to finer controlled movement
- Biofeedback is displayed in real-time to the child through the movement of objects on the screen
- A % score and an Activity distribution graph are generated at the end of play for further objective analysis, for discussion with older children as a motivation opportunity and for re-assessment of therapy goals
- Following the Exercise session E-LINK Software generates documentation in both graphs and tables which can be entered into the child's record
For children who have physical limitations due to congenital conditions such as cerebral palsy or who for instance have injuries and are post - surgery, exercise can begin where there is very little or even no visible joint movement.
The Myo-EX sensor excitingly detects very small flickers of muscular activity and using surface EMG, provides immediate biofeedback to the child through the visual movement of objects in the Activity. In order to achieve a good score the child is encouraged for instance to match colors or hit a football against a wall. In turn the child is then focusing on a smooth, efficient and co-ordinated movement to achieve the Activity rather than recruiting unnecessary compensatory movements.
- Myo-EX is ideal for wrist and elbow exercise, focused exercise on the shoulder musculature, knee and ankle exercise and has even been used with certain facial muscles
- Biofeedback is immediate providing a high degree of motivation for exercise
- The precision sensor is designed to give superb quality of signal and can detect as little as 3-4 microvolts of electrical activity
- Full scale reaches up to 3000 microvolts for working with larger muscles - deltoid, bicep or quads
- The Myo-EX sensor is quick and easy to apply, with little to no skin preparation, ideal for busy Units
Where some joint movement is observed but it is insufficient as yet to grasp or hold other devices, AngleX sensors are ideal to use with children of all ages. They are simply attached close to the joint for exercise and respond to active movement against gravity. AngleX provides focused exercise for even small DIP joints through to larger body joints.
- AngleX encourages normal patterns of movement and discourages compensatory ones
- Fuss free application, ideal for busy Units
- No skin preparation needed, simply apply to clean, dry skin using the medical grade tape, close to the joint to be exercised
- Baseline readings are taken in 1 degree increments for the child's comfortable ROM. These are automatically entered as the range for the chosen Activity which can be graded to suit the therapy goals of each individual child
- The small AngleX is used for the fingers, thumb and wrist
- The large AngleX is used for the forearm, elbow, shoulder, hip, knee and ankle joints
E-LINK Upper Limb Exerciser
If the child has a degree of grasp to hold items, the Upper Limb Exerciser with various tool handles is ideal for functional, repetitive active exercise. Resistance to the active movement can also be graded for muscle strengthening goals.
- Ideal for active and active resistive exercise of the fingers, wrist, forearm, elbow, and shoulder
- Baseline measurements of the child's comfortable ROM are taken and automatically entered in the Activities chosen for exercise
- The range can be set to as little as 2 degrees ROM enabling exercise for children with very little movement (for example, those recently out of a plaster cast) and gradually graded over time to a full range of motion
- The resistance can be adjusted and graded according to need throughout the rehabilitation process for muscle strengthening exercise
- Simple to set up and quick to use - ideal for busy Units
The E-LINK Dynamometer is an accurate, sensitive device, registering as little as 0.1kg/lb strength measurements, thus enabling evaluation to commence very early in the child's recovery and continue throughout the full rehabilitation process, monitoring the child's progress.
Immediately following precise evaluation, the Dynamometer is ideally placed to be used for unique isometric grip exercise combined with the innovative E-LINK Activities.
- The movement of the objects in the Activity is controlled by the application and relaxation of isometric grip within the set parameters
- Activities such as Load Ship (moving containers from the quayside to the hold on a ship) encourage the child to exercise from full relaxed grip to their maximum application of force, including the option to sustain the grip for a determined period of time
- Other Activities such as Break It (moving a block to hit objects in a picture scene) encourage the child to work to random points in the range thus addressing a functional application of variable grip strength
- The various Activities provide purposeful movement, isometric strengthening, motor learning and control as well as motivational entertainment for the child undergoing treatment
To assess the finer motor control in pinch grip, the E-LINK Pinchmeter easily and accurately measures a child's pinch strength from 0.1kg/lb measurement through to a maximum of 22kg (50lbs).
As with the E-LINK Dynamometer, the Pinchmeter is used for unique isometric Pinch Exercise and is ideal to use immediately following Evaluation.
- The Pinchmeter can be positioned in such a way as to address functional ADL goals e.g. key in the door, holding a pen, pressing a doorbell
- The Pinchmeter is also perfect for fingertip desensitization exercise in pain management programmes